Ride Engine

Elite Carbon Type 1 Webbing Connect Harness - M / Performance Green

Name: Elite Carbon Type 1 Webbing Connect Harness - M / Performance Green
Brand: Ride Engine

We acknowledge the presence of steadfast traditionalists who prioritize high performance and optimal fit in harnesses with a traditional webbing configuration. With this in mind, we are pleased to introduce the Elite Carbon Type 1, designed specifically in a webbing configuration. Featuring the 12K Carbon Step-2 hard-shell, fully enveloped in a neoprene liner and internal closed- cell Fusion foam, the Elite Carbon Type 1 offers the same meticulous attention to biometric data shaping and scientific fit as its Hyperlock counterpart, all within a webbing-based design. With the inclusion of the TRAD spreader, this harness sets new standards that exceed traditional expectations. Product Features Composite Step-2 Hard-Shell Composite Step-2 Hard-Shell Composite Step-2 Hard-Shell Composite Step-2 Hard-Shell Composite Step-2 Hard-Shell Composite Step-2 Hard-Shell Composite Step-2 Hard-Shel Key Features 12K Carbon Step-2 Hard-Shell Employing biometric analysis and advanced movement design, the 12K carbon Step-2 hard-shell in the Ride Engine harness line offers the stiffest flex available. This meticulous approach results in the most comfortable, supportive, and high-performance harness currently on the market. Composite Step-2 Hard-Shell Utilizing biometric analysis and advanced movement design, the composite Step-2 Hard-Shell within the Ride Engine harness lineup provides enhanced torsional flex. This is ideal for riders seeking the support of a hard-shell harness while also desiring a more liberated sensation. Trad Spreader Bar Equipped Robust confidence inspiring construction boasting an industry leading 8mm stainless steel hook, pre-curved stabilization wings, and Mega Spreader Bar pad comfort. Full Neoprene Wrap with EVA Anti-Slip Inserts The neoprene interface at critical contact points is designed to prevent rashes, complemented by EVA inserts that effectively eliminate unwanted twisting of the harness.Vis mere